JP2010083113A - Sheet for binder - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a sheet for a binder having a new binding hole structure, which can be generally used for the binder whose binding beetle pitch is different by restricting an area related to a binding beetle to a comparatively small range so as not to extend a pitch shift with respect to the binding beetle, particularly for a comparatively small sheet and absorbing the pitch difference of the binding beetle in the restricted range, in view of such a case that it is difficult to cope for the lowest common multiple for the reason that many holes are assumed. <P>SOLUTION: The sheet for the binder is constituted in such a manner that three receiving parts 122, 121 and 122 receiving three continuous binding beetles 31, 31, 31 are arranged in series, the receiving parts 122 on both sides are closed holes 122a and the receiving part 121 at the center is opened. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a binding tool sheet such as a mount sheet which can be used as a filing aid by being attached to a binding rod together with paper sheets.

  As a filing aid, for example, the one shown in Patent Document 1 is known. This includes a binding rod provided on one end side of a cover, and a filing aid engaged with the binding rod, and the filing aid has a hole on one side to be locked to the binding rod. And by providing a locking portion for locking the object to be filed on the other side, it can be attached to a file together with paper sheets and used as an auxiliary tool. For the holes to be engaged with the binding rod, a multi-hole type and a two-hole type matching the pitch of the binding rod are shown.

Further, in view of the fact that the pitch of the binding rod to be applied is not necessarily uniform, the one shown in Patent Document 2 is known as a binding hole corresponding to the pitch difference of the binding rod. In this case, the pitch of the binding holes is set to about 38 mm, which is an almost least common multiple of 9.5 mm, which is the pitch of the binding folds for office notes, and 12.7 mm, which is the pitch of the binding folds for computer notes. A multi-holed note is formed by forming a cut-out part between each of the above, and it can be used as a binding note for a 9.5 mm pitch office note and a binding note for a 1/2 inch (12.7 mm) pitch computer note. Can be used as a sticky note.
JP-A-1-294097 Japanese Utility Model Publication No. 60-78474

  By the way, recently, the types of sheets attached to the binding saddle are diversified as seen on rulers and calendars, and the types of notes that are formed using the binding saddle are also binder notes, twin ring notes, and system notebooks. It is diversified.

  Therefore, it is conceivable to form a sheet as in Patent Document 1 with a hole pitch as in Patent Document 2, but the binder notebook has a hole diameter of 5.5 mm and a hole pitch of 8.5 mm. The hole diameter is 4mm and 19mm pitch. In the twin ring notebook, the hole diameter is 1/4 inch (6.35mm) and the pitch is 1/3 inch (8.466mm). It is.

  In particular, since the system notebook has a pitch of 19 mm, the least common multiple of the binder notebook with the 8.5 mm pitch is a considerably large value, and the same relationship is established with the twin ring notebook. Therefore, when the binding holes are formed at the least common multiple pitch, the interval between the binding holes inserted into the binding rods is considerably widened, and a number of binding hole portions that should exist in the meantime become cut portions, and many binding rods are cut off. It becomes a free state at the part, and it is no longer used as a binding tool.

  In view of the above-mentioned case that is difficult to handle with the least common multiple as long as a multi-hole is assumed, the present invention provides a binding rod with a binding rod so that the pitch deviation from the binding rod does not increase around a relatively small sheet. The binding area is limited to a relatively narrow range, and a new binding hole structure that can be used universally for binding tools having different binding hook pitches by absorbing the binding hook pitch difference in that range is provided. It aims at providing the sheet | seat for binding tools.

  In order to achieve this object, the present invention takes the following measures.

  That is, the binding tool sheet of the present invention is used by being attached to a binding tool having a binding rod, and has three receiving portions for receiving three consecutive binding rods arranged in series and receiving at both ends. This is characterized in that the part is a closed hole and the receiving part in the middle is opened.

  With this configuration, in the case of a binding rod having a large pitch, two adjacent binding rods can be received by the receiving portions at both ends, and the middle receiving portion can be used free. Can receive one binding rod at the receiving portions at both ends, and can receive the middle binding rod at the central receiving portion. And even if it becomes impossible to cope with it according to the least common multiple, the number of receiving portions is limited to three so that the pitch deviation is allowed within the allowable range. And an appropriate mounting state can be realized. In addition, since the central receiving portion is open, the stress on the binding fold can be reduced as compared with the case where the three receiving portions are closed holes, while the receiving portions at both ends are closed holes. Therefore, the state of attachment to the binding rod can be made stable and reliable.

  In order to allow the middle receiving portion to be open and close, but to have some engagement with the binding rod, it is preferable that the middle receiving portion be a non-occlusion hole.

  In particular, in order to make the twin ring notebook attachable / detachable to / from the twin ring and to improve the convenience of attaching / detaching the binding ring, it is desirable to make a slit in the closing hole toward the end of the sheet.

  In particular, in order to enable the binding tool sheet to be engaged with the binding rod without being bent or twisted, the slits of the pair of closing holes are parallel to the end of the sheet from the center of the closing holes. The extended form is effective.

  In order to prevent the part that performs the original function of the binding tool sheet from easily damaging its function due to interference with the binding kite, etc., the main function of the binding tool sheet is obtained by attaching it to the binding kite. It is desirable to have a main body part to exhibit and a projecting part connected to one side edge of the main body part, and to arrange a receiving part in the projecting part.

  Even if the number of the receiving portions is limited to ensure an appropriate engagement state with the binding rod, in order to secure a sufficient use area, the main portion is bound rather than the protruding portion provided with such receiving portions. It is desirable to provide it in a state of being widened along the arrangement direction of the ridges.

  As a function of the binding tool sheet in which the above-described structure is particularly effective, there is a function in which a sticky note bundle is arranged in the main part.

  In addition to this, a ruler, a calendar, etc. can be printed and used for the main part, but in order to enable a more expanded form of use, Thus, it is also effective to configure a functional part such as a pen storage part thicker than the protruding part in at least a part of the main part.

  Since this invention is the structure demonstrated above, the versatility of the sheet | seat for binding tools can be improved effectively by absorbing the pitch difference of a binding rod. For this reason, the user already owns the binding tool sheet when he / she wants to adopt the binding tool sheet later on a notebook without a binding tool sheet or when a new binding tool sheet is newly developed. It is possible to effectively add a binding tool sheet to a notebook, and use the binding tool sheet for a plurality of notebooks. In addition, on the production side, instead of preparing a binding tool sheet for each type of notebook (for each type of binding rod), a general purpose binding tool sheet that can be shared by multiple types of binding rods is manufactured. It is possible to increase production efficiency and effectively realize cost reduction.

  Hereinafter, an embodiment of the present invention will be described with reference to the drawings.

  FIG. 1 shows a binder note 2 to which a binding tool sheet 1 (hereinafter abbreviated as “sheet”) of the present embodiment is applied. This binder notebook 2 is provided with a binding rod 31 having a number of loops in the longitudinal direction of the binding tool 3 at a predetermined pitch, and at the end of the binding rod 31 in the arrangement direction (vertical direction in the drawing in FIG. 1). An operation unit 32 is provided, and by operating the operation unit 32, the loop of the binding rod 31 can be halved from the central seam and opened. According to JIS Z 8303, the diameter of the hole bound to the binding rod 31 is defined as 6 ± 0.5 mm, and the distance from the center of the hole to 9.5 ± 1.0 mm. The paper sheet 100 is made with an inner diameter d1 of 6 mm and a pitch P1 of 9.5 mm. Similarly, the pitch P0 of the binding rod 31 is 9.5 mm. The standard number of holes is 26 holes for B5 size, 20 holes for A5 size, and 30 holes for A4 size.

  On the other hand, as shown in FIGS. 1 and 2, the sheet 1 includes a main body 11 that exhibits the main functions of the sheet by attaching to the binding rod 31, and a protrusion 12 that is connected to one side edge 11 a of the main body. In this embodiment, polypropylene (PP), vinyl chloride, polyethylene terephthalate (PET), or the like is used as the material. The main body 11 has a substantially rectangular shape in plan view. In this embodiment, the main body 11 has a function as a mount for sticking the sticky note bundle 4 and a sticky note bundle having a plurality of types of colors (see FIG. In FIG. 1, the colored portion is represented by a difference in the pattern depending on the color). The sticky note bundle 4 itself is a known one, and a sticky note strip made of resin or paper is polymerized on the one end 4a side through an adhesive layer, and the other end 4b side is turned to peel off one by one. It can be done. As shown in FIG. 2, the protruding portion 12 protrudes from a part of one side edge 11 a of the main portion 11 toward the binding rod 31, and the main portion 11 and the protruding portion 12 along the arrangement direction of the binding rod 31. The width dimensions W1 and W2 are set so that the former is in a dimensional relationship wider than the latter.

  The protruding portion 12 is provided with a middle receiving portion 121 by notching a part from the protruding end 12 a toward the main body portion 11, and the receiving portions 122 at both ends are left uncut on both sides of the receiving portion 121. These three are formed in series to constitute three receiving portions 122, 121, 122 for receiving three continuous binding rods 31, 31, 31.

  The receiving portions 122 at both ends are made of a closed hole 122a having a round hole shape with a closed periphery. The hole diameter φ2 is set to 5.5 mm so as to function as a binding hole, and between the centers of the closed holes 122a. The distance d2 is set to 17 mm. Regarding the relationship between the two binding rods 31, 31 that can be simultaneously inserted into the two closing holes 122a, as shown in FIG. 2 (b), the maximum outer dimension X21 when it fits entirely outside the closing hole 122a, X21 = d2 + φ2 = 17 + 5.5 = 22.5 mm, and as shown in FIG. 2C, the minimum internal dimension X22 when it fits entirely inside the closing hole 122a is X22 = d2-φ2 = 17−5.5. = 11.5 mm. If the diameter of the wire constituting the binding rod 31 is α, the maximum pitch P21 of the two binding rods 31 that can be inserted into the closing hole 122a is X21−α, and the minimum pitch P22 is X22 + α. If α = 2.5 mm, the range of acceptable binding rods 31 is P21 = 22.5−2.5 = 20 mm at the maximum pitch and P22 = 11.5 + 2.5 = 14 mm at the minimum pitch. That is, if the pitch P of the binding rod 31 is P22 ≦ P ≦ P21, the binding rod 31 can be received in the closing hole 122a of the sheet 1. Since the binding rod 31 in FIGS. 1 and 2A is P = 19 mm as described above, it is within the above range.

  As shown in FIG. 2A and the like, a slit 122b is formed in the closing hole 122a toward the sheet end 12a. Specifically, the slits 122b of the pair of blocking holes 122a extend in parallel to the direction reaching the protruding end 12a at the shortest distance from the center of the blocking hole 122a toward the protruding end 12a that is the sheet end. When the binding rod 31 is pressed, the slit 122b is opened so that the binding rod 31 can be received in the closing hole 122a. A guide surface 122c cut out in a triangular notch shape is provided at the tip of the slit 122b.

  The middle receiving portion 121 has a U-shaped shape in which the entrance 121a has a uniform groove shape, and the inner end 121b has a partial round hole shape that matches the shape of the right half of the round hole constituting the blocking hole 122a. It is a non-blocking hole and is open to the protruding end 12a side. The hole diameter φ1 of the partial round hole constituting the non-blocking hole (receiving part) 121 is set to 5.0 mm, and the center-to-center distance with the adjacent blocking hole 122a is set to d2 / 2 = 17/2 = 8.5 mm. ing.

  In the normal binder note 2, the pitch P0 of the binding rod 31 is 9.5 mm. Therefore, the pitch P21 of the binding rod 31 when skipping one is 19 mm as shown in FIG. It is within the range of the binding rod 31 and the binding rods 31 at both ends can be received in the blocking holes 122 a of the corresponding receiving portions 122. In this case, if the outer binding rod 31 enters the closed holes 122a at both ends, the binding rod 31 can naturally enter the non-closed hole 121 in the middle.

  On the other hand, the binding tool 51 of the twin ring notebook 5 shown in FIG. 3 (a) has a binding rod 51a formed from two linear bodies which are obtained by continuously plastically deforming one wire. Usually, the center pitch P5 of this type of binding rod 51a is 8.466 mm, so that the pitch P50 of the binding rod 51a when one is skipped is 16.932 mm, and the apparent binding rod 51a has a diameter of If it is within about 4 mm, the minimum inner dimension is 16.932-4 = 12.932 mm, which is within the acceptable range in a state close to the binding rod 31 shown in FIG. That is, as shown in FIG. 3B, the binding rods 51 at both ends can be received in the blocking holes 122a of the receiving portions 122 facing each other. In the case of the twin ring notebook 5, the diameter of the wire itself is thin, and the two wires are likely to be easily bundled together, so even if the apparent diameter is about 5 mm, there is no particular problem.

  Furthermore, since the binding tool 61 of the system notebook 6 shown in FIG. 4A normally has a pitch P6 of this type of binding saddle 61a of 19 mm, it is received in the same state as the binding stick 31 shown in FIG. 2B. Fits in the possible range. That is, as shown in FIG. 4B, the binding rod 61a can be received in the blocking hole 122a of the corresponding receiving portion 122. However, in this case, since the binding rod 61a does not exist in the middle, the non-blocking hole 121 is only in a non-use state.

  As described above, the binding tool sheet 1 of the present embodiment receives the binding rod 31 (51a, 61a) only in the receiving portions 122 at both ends or in both the receiving portions 122 at both ends and the receiving portion 121 in the middle. It can be attached to the binding tool 3 (51, 61) and can be used in any of the binder notebook 2, the twin ring notebook 5, and the system notebook 6.

  That is, in the sheet 1 of the present embodiment, three receiving portions 122, 121, 122 that receive three continuous binding rods 31, 31, 31 are arranged in series, and the receiving portions 122 at both ends serve as blocking holes 122a, Since the middle receiving portion 121 is opened, in the case of the binding rod 61a having a large pitch as in the system notebook 6 shown in FIG. 4, two adjacent binding rods 61a are received by the receiving portions 122 at both ends. In addition, in the case of the binding rods 31 and 51a of the binder note 2 of FIG. 1 and the twin ring note 5 of FIG. , 51a can be received in the receiving portions 122 at both ends, and the middle binding rods 31, 51a can be received in the receiving portion 121 in the middle. Even in the case where it is practically impossible to cope with the pitch difference in accordance with the least common multiple as in the conventional patent document 1, the receiving portions 121 and 122 are limited to three and the pitch shift is limited. Since the fitting with the binding rods 31, 51, 61a is performed within the allowable range, the appropriate attachment state with respect to a part of the binding rods 31, 51a, 61a of the binding tools 3, 51, 61 Can be realized. Moreover, even when applied to the binding rod 31 (51a) with a small pitch, since the middle receiving portion 121 is open, compared to the case where the three receiving portions 122, 121, 122 are used as the blocking holes 122a. While the stress with the binding rod 31 (51a) can be reduced, the receiving portions 122 at both ends are the blocking holes 122a, so that either the binding rod 31 (51a) with a small pitch or the binding rod 61a with a large pitch is used. It is possible to make the mounting state stable and reliable even when applying.

  In particular, since the middle receiving portion 121 has a non-blocking hole shape, and the edge of the hole entrance 121a can be disposed along the binding rod 31 and the like as shown in FIG. The operation when the sheet 1 is rotated to turn the page can be stabilized, and the attachment strength when the sheet 1 is pulled in the arrangement direction of the binding rods 31 (up and down direction on the paper surface in FIG. 1) is increased. As a whole, the binding state and the use state of the sheet 1 can be further stabilized.

  Further, as shown in FIG. 2 and the like, the closing hole 121a is provided with a slit 122b toward the protruding end 12a which is the sheet end, and normally receives the binding rod 31 and the like stably while the slit 122b. Since the binding rod 31 and the like can be inserted / removed while opening the sheet 1, it is not necessary to open and close the loop of the binding rod 31 and the like that form a loop when the sheet 1 is attached / detached. Even with the binding rod 61a, the sheet 1 can be properly attached and detached.

  In this case, the slits 122b of the pair of blocking holes 122a are provided so as to extend in parallel at the shortest distance from the center of the blocking hole 122a toward the protruding end 12a that is the sheet end, and therefore the interval between the slits 122b corresponds. If the pitch substantially corresponds to the pitch of the pair of binding rods 31, 31, the slit 122 b is opened as it is simply by moving the sheet 1 in a certain direction, and the binding rod 31 etc. can be received in the closing hole 122 a, The ease of attachment / detachment with respect to the binding rod 31 or the like can be realized without requiring any unreasonable operation.

  Even if the pitch is slightly deviated, the slit 122b is provided with a guide surface 122c that is notched in a triangular notch, so that the slit 122b can be pushed open without difficulty and the binding rod 31 etc. in the closing hole 122a. Can be accepted.

  As a specific form of the sheet 1, the sheet 1 includes a main body 11 that exhibits the main function of the sheet by attaching to the binding rod 31 and the like, and a protrusion 12 that is connected to one side edge of the main body 11. Since the receiving portions 121 and 122 are provided on the protruding portion 12, the main body portion 11 can be disposed at an appropriate position away from the binding rod 31 and the like. That is, by providing the receiving portions 121 and 122 in the protruding portion 12, the interference with the binding rod 31 and the like is reduced as compared with the case where the receiving portions 121 and 122 are provided in the main body portion 11 itself. This ensures a simple use state and makes it easier to attach and detach the binding rod 31 and the like.

  And the main part 11 is more than the protrusion part 12 along the arrangement direction of the binding rod 31 etc., without reducing the attachment / detachment to the binding rod 31 etc. by making the protrusion part 12 narrow as mentioned above. Since this is in a widened form, it is possible to effectively expand the use area of the main part 11 that performs the original function of the sheet.

  Since the main portion 11 is provided at a position away from the binding rod 31 and the like so as not to interfere with the binding rod 31 and the like as described above, the sticky paper bundle 4 that is easily turned over when touched carelessly is formed on the main portion 11. It becomes possible to use the sheet 1 properly as a mount sheet by arranging it effectively.

  Since the main body 11 of the sheet 1 is widened in the arrangement direction of the binding rods 31 and the like, in addition to the above-mentioned sticky note bundle 4 shown in FIG. 5A, it is shown in FIGS. Thus, it is possible to effectively deal with sticky note bundles 4b, 4c, 4d having different numbers and widths. Further, as shown in FIG. 6, a sheet 1 is prepared in which the main body 11 is further widened in the binding rod arrangement direction (vertical direction in the figure) with respect to the protruding portion 12, and wider sticky note bundles 40a and 40b are arranged. It is also possible to do this easily. Of course, although not shown in the figure, it is possible to use without difficulty a structure in which the main body 11 is stretched in a direction orthogonal to the binding rod arrangement direction (left and right direction in FIG. 6).

  As mentioned above, although one Embodiment of this invention was described, the specific structure of each part is not limited only to embodiment mentioned above.

  For example, as shown in FIG. 7, the sheet 101 is configured such that the functional portion 8 such as the pen storage portion 81 that is thicker than the protruding portion 12 is at least part of the main portion 11 with respect to the sheet-like protruding portion 12. May be.

  Since the functional unit 8 such as the pen storage unit 81 is thick, if it is superposed on a paper sheet like a sheet and bound, it causes bulkiness. If the main body 11 is provided at a position away from the binding 31 so as not to interfere with the binding rod 31 or the like, and the functional section 8 is configured in at least a part of the main body 11, the paper sheet 100 is bound. The sheet 101 can be used in an expanded manner by arranging the functional unit 8 on the opposite side to the existing side.

  In addition, various modifications can be made without departing from the spirit of the present invention, such as applying the binding tool sheet to a binding tool of a notebook other than the binder notebook, twin ring notebook, and system notebook.

The block diagram of the binder notebook to which the sheet | seat for binding tools which concerns on one Embodiment of this invention is applied. The detail drawing of the binding hook part of the binder note. The detail drawing of the binding collar part of the twin ring notebook which applied the sheet | seat. FIG. 3 is a detailed view of a binding saddle portion of a system notebook to which a sheet is applied. The top view which shows the variation of the sticky note bundle attached to a sheet | seat. The top view which shows the variation except the above of the sticky note bundle attached to a sheet | seat. The figure which shows the sheet | seat for binding tools which concerns on other embodiment of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Binding tool sheet 2 ... Binder notebook 3 ... Binding tool 4 ... Sticky note bundle 5 ... Twin ring notebook 6 ... System notebook 8 ... Functional part 11 ... Main part 12 ... Protruding part 12a ... Edge part 31 ... Binding rod 32 ... Operation unit 51 ... binding tool 51a ... binding hook 61 ... binding tool 61a ... binding hook 81 ... pen storage part 121 ... receiving part (non-occlusion hole)
122 ... Receiving part 122a ... Blocking hole 122b ... Slit

Claims (8)

It is used by attaching to a binding tool having a binding rod,
A binding device sheet, wherein three receiving portions that receive three continuous binding folds are arranged in series, the receiving portions at both ends are closed holes, and the central receiving portion is opened. The binding device sheet according to claim 1, wherein the central receiving portion is a non-occluding hole. The binding tool sheet according to claim 1, wherein the closing hole is slit toward the end of the sheet. The binding tool sheet according to claim 3, wherein the slits of the pair of blocking holes extend in parallel from the center of the blocking hole toward the end of the sheet. The main part which demonstrates the original main function of a sheet by attaching to a binding rod, and the projection part which continues to one side edge of this main part, The receiving part is arranged on the projection part. 4. The binding tool sheet according to any one of 4 above. The binding tool sheet according to claim 5, wherein the main portion is wider than the protruding portion along the arrangement direction of the binding rods. The binding tool sheet according to claim 5 or 6, wherein a sticky note bundle is arranged in the main body. 7. The binding tool sheet according to claim 5, wherein a functional part such as a pen storage part thicker than the protruding part is formed in at least a part of the main part with respect to the sheet-like protruding part.

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